Laser plasma acceleration of electrons with multi-PW laser beams in the frame of CILEX

• DOI: 10.1016/j.nima.2013.10.090
• Publication Date: 2013-11-11T07:02:17Z
• Authors: B. Cros; B.S. Paradkar; X. Davoine; A. Chancé; F.G. Desforges; S. Dobosz-Dufrénoy; N. Delerue; J. Ju; T.L. Audet; G. Maynard; M. Lobet; L. Gremillet; P. Mora; J. Schwindling; O. Delferrière; C. Bruni; C. Rimbault; T. Vinatier; A. Di Piazza; M. Grech; C. Riconda; J.R. Marquès; A. Beck; A. Specka; Ph. Martin; P. Monot; D. Normand; F. Mathieu; P. Audebert; F. Amiranoff
• Keywords: Plasma acceleration

Abstract Laser plasma acceleration of electrons has progressed along with advances in laser technology. It is thus expected that the development in the near-future of multi-PW-class laser and facilities will enable a vast range of scientific opportunities for laser plasma acceleration research. On one hand, high peak powers can be used to explore the extremely high intensity regime of laser wakefield acceleration, producing for example large amounts of electrons in the GeV range or generating high energy photons. On the other hand, the available laser energy can be used in the quasi-linear regime to create accelerating fields in large volumes of plasma and study controlled acceleration in a plasma stage of externally injected relativistic particles, either electrons or positrons. In the frame of the Centre Interdisciplinaire de la Lumiere EXtreme (CILEX), the Apollon-10P laser will deliver two beams at the 1 PW and 10 PW levels, in ultra-short ( > 15 fs ) pulses, to a target area dedicated to electron acceleration studies, such as the exploration of the non-linear regimes predicted theoretically, or multi-stage laser plasma acceleration.